ABOUT CACAO

Cacao contains a small amount of caffeine, but its main stimulant is theobromine, cacao's own alkaloid. A cup of ours has roughly a third of the caffeine of a drip coffee, closer to a cup of black tea. Theobromine is gentler and lasts longer, so you get a steady lift with less of a spike and less of a crash.

The Deeper Answer

By weight, cacao contains about ten times more theobromine than caffeine. Theobromine is a milder stimulant and a vasodilator: it relaxes blood vessels, which is the warmth people often notice. It also clears the body more slowly than caffeine, which is why cacao feels like a long, even lift rather than a jolt.

A cup of our cacao has less caffeine than a cup of tea and far less than most sodas. For younger children we suggest a half portion or the milk version, mostly because it's rich.

Pediatric guidance generally recommends limiting caffeine for young children, so if you have specific questions, your pediatrician is the best person to ask.

A few things working together. Theobromine encourages blood flow and gives a warm, steady lift. Cacao's flavanols are associated with healthy circulation, including to the brain. And a good part of it is the ritual itself: a rich, warm, bitter drink you take slowly.

The Deeper Answer

You may have read about phenylethylamine (PEA) and anandamide, the molecules behind cacao's "bliss chemical" reputation. They are genuinely present, but in small amounts, and much of the PEA breaks down before it reaches the brain. The research isn't settled. The more solid contributors are theobromine, flavanol-driven blood flow, and the sensory experience itself.

That's cacao being itself. The bitterness comes from the same alkaloids and polyphenols people drink cacao for. With water, there's no sugar or milk to round it off, so you taste it straight. If it's more than you'd like, our sweetened version uses the same cacao with softer edges.

The Deeper Answer

Two families of compounds are at work. Theobromine and caffeine are naturally bitter. Polyphenols, the flavanols and procyanidins, add bitterness and astringency. Fat and protein bind to these compounds, which is why milk mutes them and water leaves them fully exposed. Origin, fermentation, and roast shift the balance, but every pure cacao is bitter.

Yes. Our cacao is tested for heavy metals and pathogens, and we can request the certificate of analysis for the specific origin you're drinking. Just ask a Ritual Guide.

About Cadmium

Cadmium occurs naturally in soil, so it's present in most plant foods, including grains, leafy greens, potatoes, and seeds. Cacao gets attention because chocolate concentrates the cocoa solids, but a cup of cacao is a small dose compared to what's already in a normal diet. Testing is how we make sure it stays that way.

Levels vary by region. South American origins tend to test higher, while our Belize cacao comes from a region that consistently tests negative or very low. If cadmium is on your mind, ask for the Belize: same care, different soil.

Cacao is one of the richest plant sources of flavanols, the same family of polyphenols found in tea and red wine. Because we use pure cacao mass rather than alkalized powder, our drinks retain more of them. Flavanols are also a big part of why cacao tastes the way it does.

The Deeper Answer

Flavanol content varies enormously with genetics, fermentation, roast, and especially alkalization (Dutch processing), which strips a large share of them. Unfermented and lightly processed cacao sits at the top of the range; commodity Dutched cocoa sits at the bottom. That variability is why we don't print a single number on our menu.

It's a substantial drink, closer in calories to a seasonal latte than to a coffee. The difference is what you're getting for it. This is whole ground cacao, with the fat, fiber, minerals, and polyphenols of the bean. A flavored latte is mostly milk and syrup.

Same number, different food.

Ask a Ritual Guide for the calorie count of any drink on our menu.